An update on Gripen.
Gripen NG according to some unofficial Swedish sources I found, is expected to have a have full supercruising capabilities with "full - air to air - air to ground - configuration, with a max speed over Mach two+, extra fuel tank included. " Can't swear to that speed though, but I can swear to that Gripen could supercruise with full payload as early as 2001. Look at page two and enjoy :)
http://www.gripen.com/NR/rdonlyres/FE46 ... 001_01.pdfAnd Saab is pretty pi**ed off on Norway's way of handling the procurement for new aircrafts, no wonder if you ask me.
http://www.saabgroup.com/en/MediaRelati ... lution.htmSort of shady treatment I think considering that the Norwegians knew firsthand just how good that first generation of Gripen was :) Them and the Finnish meet Gripen at 2003 where we, if might say so, kicked their collective asses :) What we meet at that time was American aircrafts F-16 and F-18! and Gripen was found to have a tighter turning ratio than any of them.
And here is another good page if you want the latest news, it presents the released unclassified executive summaries of firm proposals to Norway and the Netherlands, and do some comparisons.
http://www.aviationweek.com/aw/blogs/de ... 234d227276 Here is some quotes from 'yesterday and one about what we can expect of Gripens future (SAR)
Some of it you might gave seen before, but, I think it's worth reading again ( Yep, I'm biased :))
--------Radar capabilities-------Quoting---older stuff----------------
Ericsson’s future airborne radar is Not Only a Radar, NORA, but also a complete electronic warfare system including jamming and data communication. The new radar will use an Active Electronically Scanned Array, AESA, built up with approximately 1000 individual transmit/receive modules. The antenna, mounted on a single-axis platform, will give well over 200˚ coverage in azimuth. NORA will offer superior performance by virtue of a number of core capabilities at Ericsson – beam agility, beam widening, multi-channel processing, target-specific waveforms and low radar cross-section.....
It's planned to scan +-60 deg electronically and 60 deg mechanically in azimut, permitting scanning over a 240 deg arc and electronically +-60 deg up and downwards. ...
Fully programmable signal and data processors enable the radar to handle these air defence, attack and reconnaissance missions. This also gives the radar a very high growth potential to meet future requirements. The radars flexible waveforms make it possible to avoid ambiguities and allow performance characteristics to be optimized for all operating modes. The radar also matches the data link requirements for advanced medium range missiles...Ericsson has started development work for upgrading the PS05/A multimode radar. Some of the up-grades have been possible to incorporate, since new, faster and more powerful processors and components have become available on the market. An essential part of these upgrades is a new data processor who will replace the D80 processor in the Systems Computer in Swedish Air Force Gripens. It is a Modular Airborne Computer System (MACS) with higher capacity. A significant upgrade of the signal processor is also included which will dramatically enhance functions in both air-to-air and air-to-ground missions....
http://en.wikipedia.org/wiki/PS-05/A ---
1. The PS-05/A can operate in passive mode, as a sensitive receiver with high directional accuracy (due to its large antenna). Two PS-05/As can exchange information by datalink and locate the target by triangulation.
2. The datalink results in better tracking. Usually, three plots need to track a target in track-while-scan mode. The datalink allows the radars to share plots, not just tracks, so even if none of the aircraft in a formation gets enough plots on its own to track the target, they may do so collectively.
3. Each radar plot includes Doppler velocity, which provides the individual aircraft with range-rate data. However, this data on its own does not yield the velocity of the target. Using the TIDLS, two fighters can take simultaneous range-rate readings and thereby determine the targets track instantly, reducing the need for radar transmission.
4. In ECM applications, one fighter can search, while the wingman simultaneously focuses jamming on the same target, using the radar. This makes it very difficult for the target to intercept or jam the radar that is tracking him. Another anti-jamming technique is for all four radars to illuminate the same target simultaneously at different frequencies.
The Swedish AF is the pioneer of fighter-to-fighter data-link, and the JAS-39 is the first fighter with the NG fighter-to-fighter data-link. However, almost every NG fighter in the world (F/A-22, F/A-18E/F, F-35, EF-2000, Rafale, Su-30MKK/MKI, Su-27SM, Su-35/37, MIG-31) has equipped or will equip soon the same class of NG fighter-to-fighter data-link since then. The Gripen was the first fighter with this kind of revolutional innovation, but it is not unique now.
Will the NG fighter-to-fighter data-link help the fighters like JAS-39 catch the stealthy target at longer distance??? I think the answer is Yes, since even the stealthy fighter can’t make its RCS in every direction as small as its frontal RCS. If you combine the data from the different fighters, AWACS, ground-based air-defense radar and so on in different location with the help of NG data-link, you may catch out the stealthy target earlier then just use the radar of your fighter’s own, as an old saying goes: The unite is the force
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Ericsson AESA (Active Electronically Scanned Array) is a new airborne radar project currently in development at Ericsson Microwave Systems. The AESA technology will improve the radars overall performance drastically, especially its target detection and tracking capability. Beam direction can be changed instantaneously, detection range will be considerably increased, and jamming suppression further improved. The AESA radar will feature multibeam capability with all beams individually and simultaneously controlled. It can also operate simultaneously as a fire control and obstacle warning radar, and be used both in intercept and ground attack missions. The multibeam concept also allows for radar operation, data linking, radar warning and jamming simultaneously. As a consequence of the very large number of transmitter and receiver modules, the radar will have a high system availability through graceful degradation...."
----End Quotes----
And here is the future for SAR, seems very cool. Take a look
http://publications.lib.chalmers.se/cpl ... ubid=41284------------------------------
Here is two links discussing Gripen and the Swedish defense Industrys future.
(slow linking on this one)
http://www.aviationweek.com/aw/generic/ ... 1708p1.xmlAnd from 2007. Janes Defence Weekly
http://www.scribd.com/doc/6986749/Janes ... ind.com.auSo what do you think of it?